TL;DR: Applications of the morphological methods of the total field coverage, of negation and construction, of the Morphological box and others to technical problems in particular and to human problems in general are described to illustrate how discovery, invention and research can be conducted most effectively.
Abstract: The morphological approach to discovery, invention, research and construction has been conceived and developed for the purpose of dealing with all situations in life more reasonably and more effectively than hitherto. This is achieved through the study of all relevant interrelations among objects, phenomena and concepts by means of methods which are based on the utmost detachment from prejudice and carefully refrain from all prevaluations. Applications of the morphological methods of the total field coverage, of negation and construction, of the morphological box and others to technical problems in particular and to human problems in general are described. These not only illustrate how discovery, invention and research can be conducted most effectively but also how the morphological approach makes possible the clear recognition of those fatal aberrations of the human mind which must be overcome if we are ever to build a sound world.
TL;DR: This study developed a patent text mining and informetric-based patent technology morphological analysis technique that provides advantages in terms of cost and time reductions during morphological box construction and more flexible methods for evaluating morphological configurations.
Abstract: Patent technology morphological analysis utilises the advantages of both patent information analysis and morphological analysis to provide more detailed information on current and future patent technology Current patent technology morphological analysis methods are largely reliant on manual expertise in the construction of morphological boxes with few approaches to the evaluation of future morphological configurations We developed a patent text mining and informetric-based patent technology morphological analysis technique We defined the basic parameters of the morphological box as the factors in factor analysis, with a patent keywords matrix, and the clusters in clustering analysis with factor scores Patent citation, year of patent registration, keyword frequency, and contributing factors were used to evaluate future morphological configurations We used an empirical study of liquid crystal display wide viewing angle patents to validate our method The Thomson Reuters Derwent Innovation Index was use
TL;DR: The morphological box for ESD provides more than 70 million opportunities to implement ESD and may be used by universities to find out their unique profile and develop proper ways to implementation ESD.
TL;DR: In this paper, a morphological box is used to select different technologies as a task suitable interaction concept for machine tool control regarding ergonomic requirements, based on a comprehensive technology catalogue.
TL;DR: The results of this analysis are a morphological box and a definition to clarify potentials of Business Process Intelligence to indicate a holistic view on the dimensions of this area.
Abstract: Some approaches to support decision making in the context of business process management exist since a couple of years. Most of them are not systemized. This fact leads to the necessity of a classification of this broad area. The paper´s objective is to evaluate and differentiate approaches of Business Process Intelligence (BPI) within the last decade. The results of this analysis are a morphological box and a definition to clarify potentials of Business Process Intelligence. The definition integrates the most frequently used characteristics as well as different understandings of BPI and it indicates a holistic view on the dimensions of this area. Additionally, the literature-based propositions regarding current shifts provide the author´s perspective to the field of BPI and point out a guideline for further research.